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What is Chrome Anilox Roller?
03-19
/ 2025
What is Chrome Anilox Roller?
Chrome Anilox Roller uses a chrome plating process to form a very hard chrome layer on the surface of the roller, and on this basis, a regular mesh groove structure is formed by engraving or etching. The main purpose of these mesh structures is to carry and transfer precise amounts of liquids such as inks, coatings or adhesives during the printing or coating process.
What can scratch an industrial tungsten carbide coated roller?
03-18
/ 2025
What can scratch an industrial tungsten carbide coated roller?
Due to the Mohs hardness of diamonds being 10, which is a cut higher than tungsten carbide, diamond-like materials can easily scratch tungsten carbide coatings. In some high-precision manufacturing processes, diamond tools are used as tools for cutting and processing materials.
Why choose electroplating to treat the surface of industrial water quench roller?
03-17
/ 2025
Why choose electroplating to treat the surface of industrial water quench roller?
Improve wear resistance Industrial water quench rollers usually operate under high load and high speed working conditions, and the surface often wears. Electroplating, especially hard chrome plating, can significantly improve the wear resistance of the roller.
Industrial Chrome Roller Vs. Non-chrome Roller: What are the Benefits?
03-14
/ 2025
Industrial Chrome Roller Vs. Non-chrome Roller: What are the Benefits?
Industrial chrome roller refers to roller equipment that is plated with a uniform layer of chrome on the surface of the roller body through an electroplating process. The thickness of this chrome coating is generally between a few microns and hundreds of microns, depending on the specific application requirements. Non-chrome rollers are roller equipment that has not been electroplated with chrome.
What are the cell types of ceramic anilox roller?
03-13
/ 2025
What are the cell types of ceramic anilox roller?
The main types of cells of ceramic anilox rollers: 1. Diamond Pattern 2. Hexagonal Pattern 3. Square Pattern 4. Cellular Pattern 5. Pyramidal Pattern 6. Grooved Pattern
How does an industrial cooling roller work?
03-12
/ 2025
How does an industrial cooling roller work?
The working principle of industrial cooling rollers is mainly to transfer heat from the processed material to the surface of the industrial cooling roller, and further to the internal cooling medium, such as water or coolant. The whole process follows the principles of heat transfer by conduction and convection to maintain the appropriate temperature of the processed material.
How to detect the porosity and thickness of ceramic anilox roller?
03-11
/ 2025
How to detect the porosity and thickness of ceramic anilox roller?
Gas adsorption method is a commonly used method for detecting the porosity of ceramic anilox rollers, especially for porosity analysis of porous materials. By measuring the amount of gas (such as nitrogen) adsorbed on the surface of ceramic anilox roller, its porosity can be calculated.
What is the efficient cavity structure of ceramic anilox roller?
03-10
/ 2025
What is the efficient cavity structure of ceramic anilox roller?
The "efficient cavity structure" of the ceramic anilox roller refers to the design of the roller surface mesh and the special design of the pore structure. By optimizing the shape, arrangement and distribution of the mesh, the ink transfer efficiency can be greatly improved, and unnecessary ink waste can be reduced.
What is the chrome plating standard for chrome plated rollers?
03-07
/ 2025
What is the chrome plating standard for chrome plated rollers?
For chrome plated rollers for general industrial use, the thickness of the chrome plating layer is usually required to be between 20-50 microns. This thickness is sufficient to provide good wear resistance and corrosion resistance and is suitable for most conventional processes.
What is the best industrial roller material for chrome plating?
03-06
/ 2025
What is the best industrial roller material for chrome plating?
Stainless steel has become the preferred substrate for many high-end industrial rollers due to its excellent corrosion resistance and good mechanical properties. The main alloying element in stainless steel is chromium, which generally ranges from 10.5% to 30%, which makes stainless steel have excellent oxidation resistance and corrosion resistance.
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